Best Python code snippet using pom_python
Sample.py
Source: Sample.py
...13 add_template = "\nAdding Ip : {}"14 verify_templete = "Verify if {} is present : {}"15 print(add_template.format(ip))16 tree.add(ip)17 print(verify_templete.format(ip, tree.is_present(ip)))18 print(verify_templete.format(ip2, tree.is_present(ip2)))19 print(verify_templete.format(ip2, tree.is_present(ip3)))20 print(verify_templete.format(ip2, tree.is_present(ip4)))21 print(add_template.format(ip2))22 tree.add(ip2)23 tree.add(ip2)24 print(verify_templete.format(ip, tree.is_present(ip)))25 print(verify_templete.format(ip2, tree.is_present(ip2)))26 print(verify_templete.format(ip3, tree.is_present(ip3)))27 print(verify_templete.format(ip3, tree.is_present(ip4)))28 print(add_template.format(ip3))29 tree.add(ip3)30 print(verify_templete.format(ip, tree.is_present(ip)))31 print(verify_templete.format(ip2, tree.is_present(ip2)))32 print(verify_templete.format(ip3, tree.is_present(ip3)))33 print(verify_templete.format(ip4, tree.is_present(ip4)))34 print(add_template.format(ip4))35 tree.add(ip4)36 print(verify_templete.format(ip, tree.is_present(ip)))37 print(verify_templete.format(ip2, tree.is_present(ip2)))38 print(verify_templete.format(ip3, tree.is_present(ip3)))39 print(verify_templete.format(ip4, tree.is_present(ip4)))40 print(verify_templete.format(ip5, tree.is_present(ip5)))41 print(add_template.format(ip5))42 tree.add(ip5)43 print(verify_templete.format(ip, tree.is_present(ip)))44 print(verify_templete.format(ip2, tree.is_present(ip2)))45 print(verify_templete.format(ip3, tree.is_present(ip3)))46 print(verify_templete.format(ip4, tree.is_present(ip4)))47 print(verify_templete.format(ip5, tree.is_present(ip5)))48 print("\nRemoving {}\n".format(ip3, tree.remove(ip3)))49 print("Removing {}\n".format(ip5, tree.remove(ip5)))50 print("Removing {}\n".format(ip6, tree.remove(ip6)))51 print(verify_templete.format(ip, tree.is_present(ip)))52 print(verify_templete.format(ip2, tree.is_present(ip2)))53 print(verify_templete.format(ip3, tree.is_present(ip3)))54 print(verify_templete.format(ip4, tree.is_present(ip4)))55 print(verify_templete.format(ip5, tree.is_present(ip5)))56 print(tree.add_cidr("192.168.52.0/24"))57 is_cidr_inserted = True58 for x in range(0,256):59 is_cidr_inserted = is_cidr_inserted and tree.is_present("192.168.52."+str(x))60 print("All cidr range present : {}".format(str(is_cidr_inserted)))61 print(tree.remove_cidr("192.168.52.0/24"))62 is_cidr_removed = True63 for x in range(0,256):64 is_cidr_removed = is_cidr_removed or tree.is_present("192.168.52."+str(x))65 print("All cidr range removed : {}".format(str(is_cidr_removed)))66 tree = Ipv6()67 ipv61 = "192::155"68 ipv62 = "::fff:f345:127"69 add_template = "\nAdding Ip : {}"70 verify_templete = "Verify if {} is present : {}"71 print(add_template.format(ipv61))72 tree.add(ipv61)73 print(verify_templete.format(ipv61, tree.is_present(ipv61)))74 print(verify_templete.format(ipv62, tree.is_present(ipv62)))75 print(add_template.format(ipv62))76 tree.add(ipv62)77 print(verify_templete.format(ipv61, tree.is_present(ipv61)))78 print(verify_templete.format(ipv62, tree.is_present(ipv62)))79 print("Removing {}".format(ipv61, tree.remove(ipv61)))80 print(verify_templete.format(ipv61, tree.is_present(ipv61)))81 print(verify_templete.format(ipv62, tree.is_present(ipv62)))82 print("Removing {}".format(ipv62, tree.remove(ipv62)))83 print(verify_templete.format(ipv61, tree.is_present(ipv61)))84 print(verify_templete.format(ipv62, tree.is_present(ipv62)))85 print(tree.add_cidr("8653:53fe::/122"))86 print("Checking if 8653:53FE::0004 is present : {}".format(tree.is_present("8653:53fe::14")))87 print(tree.remove_cidr("8653:53FE::/122"))...
test_ip.py
Source: test_ip.py
...15 ipv63 = "19:FFE:7::"16 cidrv6 = "9653:53fe::/122"17 def test_add_ip1(self):18 assert self.tree.add(self.ip1) is True19 assert self.tree.is_present(self.ip1) is True20 assert self.tree.is_present(self.ip2) is False21 assert self.tree.is_present(self.ip3) is False22 def test_add_ip2(self):23 assert self.tree.add(self.ip2) is True24 assert self.tree.is_present(self.ip1) is True25 assert self.tree.is_present(self.ip2) is True26 assert self.tree.is_present(self.ip3) is False27 def test_add_ip3(self):28 assert self.tree.add(self.ip3) is True29 assert self.tree.is_present(self.ip1) is True30 assert self.tree.is_present(self.ip2) is True31 assert self.tree.is_present(self.ip3) is True32 def test_add_ip4_5_6(self):33 assert self.tree.add(self.ip4) is True34 assert self.tree.add(self.ip5) is True35 assert self.tree.add(self.ip6) is True36 assert self.tree.is_present(self.ip1) is True37 assert self.tree.is_present(self.ip2) is True38 assert self.tree.is_present(self.ip3) is True39 assert self.tree.is_present(self.ip4) is True40 assert self.tree.is_present(self.ip5) is True41 assert self.tree.is_present(self.ip6) is True42 def test_remove_ip3_6(self):43 self.tree.remove(self.ip3) is self.ip344 self.tree.remove(self.ip6) is self.ip645 assert self.tree.is_present(self.ip1) is True46 assert self.tree.is_present(self.ip2) is True47 assert self.tree.is_present(self.ip3) is False48 assert self.tree.is_present(self.ip4) is True49 assert self.tree.is_present(self.ip5) is True50 assert self.tree.is_present(self.ip6) is False51 def test_add_cidr(self):52 assert self.tree.add_cidr(self.cidr) is True53 for x in range(0, 256):54 assert self.tree.is_present(self.cidr_fixed_part + str(x)) is True55 def test_remove_cidr(self):56 self.tree.remove_cidr(self.cidr)57 for x in range(0, 256):58 assert self.tree.is_present(self.cidr_fixed_part + str(x)) is False59 def test_add_ipv61(self):60 assert self.tree.add(self.ipv61) is True61 assert self.tree.is_present(self.ipv61) is True62 assert self.tree.is_present(self.ipv62) is False63 assert self.tree.is_present(self.ipv63) is False64 def test_add_ipv62(self):65 assert self.tree.add(self.ipv62) is True66 assert self.tree.is_present(self.ipv61) is True67 assert self.tree.is_present(self.ipv62) is True68 assert self.tree.is_present(self.ipv63) is False69 def test_remove_ipv61(self):70 assert self.tree.remove(self.ipv61) is self.ipv6171 assert self.tree.is_present(self.ipv61) is False72 assert self.tree.is_present(self.ipv62) is True73 assert self.tree.is_present(self.ipv63) is False74 def test_add_cidrv6(self):75 assert self.tree.add_cidr(self.cidrv6) is True76 for ip in ip_network(self.cidrv6):77 assert self.tree.is_present(str(ip)) is True78 def test_remove_cidrv6(self):79 assert self.tree.remove_cidr(self.cidrv6) is self.cidrv680 for ip in ip_network(self.cidrv6):...
add_attendance_data_lambda.py
Source: add_attendance_data_lambda.py
1import datetime2from pydantic import BaseModel, Field, root_validator3from shared.const import TEACHER_ID, CHILD_ID, DATE, KINDERGARTEN_ID, TIME_OUT, \4 TIME_IN, IS_PRESENT, EVENT_BODY, ID5from shared.error_handling.error_codes import INPUT_ERROR6from shared.error_handling.exception import MyException7from shared.hanlders.AttendanceHandler import AttendanceHandler8from shared.hanlders.ChildrenHandler import ChildrenHandler9from shared.hanlders.TeacherHandler import TeacherHandler10from shared.hanlders.lambda_decorator import lambda_decorator11@lambda_decorator12def add_attendance_data(event, context):13 data = InputData(**event)14 child_attendance = AttendanceHandler.get_attendance(child_id=data.child_id)15 attendance_exists = True if child_attendance is not None else False16 if attendance_exists:17 if data.is_present == "yes":18 AttendanceHandler.update_attendance(child_id=data.child_id, kindergarten_id=data.kindergarten_id,19 is_present="yes")20 elif data.is_present == "no":21 AttendanceHandler.delete_attendance(child_id=data.child_id)22 elif data.is_present == "notified_missing":23 AttendanceHandler.update_attendance(child_id=data.child_id, kindergarten_id=data.kindergarten_id,24 is_present="notified_missing")25 else:26 if data.is_present == "yes":27 AttendanceHandler.add_attendance(child_id=data.child_id, kindergarten_id=data.kindergarten_id,28 is_present="yes")29 elif data.is_present == "no":30 pass31 elif data.is_present == "notified_missing":32 AttendanceHandler.add_attendance(child_id=data.child_id, kindergarten_id=data.kindergarten_id,33 is_present="notified_missing")34class InputData(BaseModel):35 child_id: str = Field(..., alies=CHILD_ID)36 is_present: str = Field(..., alias=IS_PRESENT)37 teacher_id: str = Field(..., alias=TEACHER_ID)38 kindergarten_id: str = Field(..., alias=KINDERGARTEN_ID)39 @root_validator(pre=True)40 @classmethod41 def validate_data(cls, values):42 try:43 values[CHILD_ID] = values[EVENT_BODY][ID]44 values[IS_PRESENT] = values[EVENT_BODY][IS_PRESENT]45 except KeyError:46 raise MyException("Input Error", INPUT_ERROR)47 if values[IS_PRESENT] != 'yes' and values[IS_PRESENT] != 'no':48 raise MyException("is_present should be: yes|no", INPUT_ERROR)49 values[50 KINDERGARTEN_ID] = TeacherHandler.get_teacher_kindergarten_id(51 values[TEACHER_ID])52 if not ChildrenHandler.child_in_kindergarten(53 values[CHILD_ID], values[KINDERGARTEN_ID]):54 raise MyException(55 'child not exist/ child not in this kindergarten',56 INPUT_ERROR)...
test_ipv4.py
Source: test_ipv4.py
...10 cidr = "192.168.52.0/24"11 cidr_fixed_part = "192.168.52."12 def test_add_ip1(self):13 assert self.tree.add(self.ip1) is True14 assert self.tree.is_present(self.ip1) is True15 assert self.tree.is_present(self.ip2) is False16 assert self.tree.is_present(self.ip3) is False17 def test_add_ip2(self):18 assert self.tree.add(self.ip2) is True19 assert self.tree.is_present(self.ip1) is True20 assert self.tree.is_present(self.ip2) is True21 assert self.tree.is_present(self.ip3) is False22 def test_add_ip3(self):23 assert self.tree.add(self.ip3) is True24 assert self.tree.is_present(self.ip1) is True25 assert self.tree.is_present(self.ip2) is True26 assert self.tree.is_present(self.ip3) is True27 def test_add_ip4_5_6(self):28 assert self.tree.add(self.ip4) is True29 assert self.tree.add(self.ip5) is True30 assert self.tree.add(self.ip6) is True31 assert self.tree.is_present(self.ip1) is True32 assert self.tree.is_present(self.ip2) is True33 assert self.tree.is_present(self.ip3) is True34 assert self.tree.is_present(self.ip4) is True35 assert self.tree.is_present(self.ip5) is True36 assert self.tree.is_present(self.ip6) is True37 def test_remove_ip3_6(self):38 self.tree.remove(self.ip3) is self.ip339 self.tree.remove(self.ip6) is self.ip640 assert self.tree.is_present(self.ip1) is True41 assert self.tree.is_present(self.ip2) is True42 assert self.tree.is_present(self.ip3) is False43 assert self.tree.is_present(self.ip4) is True44 assert self.tree.is_present(self.ip5) is True45 assert self.tree.is_present(self.ip6) is False46 def test_add_cidr(self):47 assert self.tree.add_cidr(self.cidr) is True48 for x in range(0, 256):49 assert self.tree.is_present(self.cidr_fixed_part + str(x)) is True50 def test_remove_cidr(self):51 self.tree.remove_cidr(self.cidr)52 for x in range(0, 256):...
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